PRay | Parallelized Raytracer for distributed rendering | Continuous Deployment library

You just need to add an if statement, checking if the innerHTML is more or equal to 100, and then call showImage().

I removed code that wasn't relevant.

I added declarations to the variables by adding let in front the name.

I removed the button, and put an event listener directly on the image instead.

I think the rest of the code is self-explanatory.

You could use the HttpClient API to issue a REST request and then parse the response directly in your .NET app:

First, it's easier to do the math using a proper circle rather than an oval, so let's make the roll-curve element a circle (then we can crop the rest using a container). I've also added an additional wrapper around the whole thing that can be used to cut the size, while the original wrapper (roll-degrees) will be the appropriate size for the full circle in order to make tick positioning easier.

Then the approach is to control the exact location of each tick by applying absolute positioning (starting at the circle's center) and moving the tick using transform: translateY(). Center all of the ticks in the middle of the roll-curve circle, rotate each, and translate each out to the perimeter of the circle from there. By rotating first, we can just translate each tick up by the radius of the circle and "up" will be in the appropriate direction.

As for setting the position of the marker dynamically, you can use largely the same approach as for the ticks (using the same CSS styling). You'll just need a way of translating a value to an angle (which can be done fairly simply---see the example below for details) and an angle direction.

The example below includes a range input, but you can provide a value to the marker any way you like.

Solved it. I could just use .reverse on the data

As with all open source software, you have a few options:

1. Keep using the old software version (i.e. don't use ruby v3.0.0).
2. Hope that someone else updates the dependencies for you.
3. Do the update yourself.
4. Stop using the library.

At the moment, option 1 is totally viable; ruby 2.7 is still actively maintained, and support will probably continue until 2023-03-31. You could do this, simply hoping that option 2 becomes available soon.

The standard practice for option 3 is:

• Fork the project, and make the fixes.
• Open a pull request to the main repo with your fixes. Hopefully it gets merged.
• In the meantime, if you need to be unblocked, reference your forked repo in other projects.

This is clearly more effort, but I wouldn't call it a "yuck" solution; not unless your changes are drastic/introduce compatibility issues with the main project, and the two branches diverge.

As for option 4, as with virtually any library replacement, there's always going to be some trade-off between compatibility/features, but clearly other testing frameworks do exist. It depends how you are actually using it. Your mileage may vary.

In summary, I can't really give an objective answer to such a subjective question, but my advice at the moment would be: If you have time/skill/motivation to update to ruby 3 right now, then fork the dependency and update it. (It's probably not a massive change needed!).

But if you lack the time/skill/motivation to do this, then just stick with ruby 2.7 for now.

In order to move the cursor to a specified position, it's necessary to use the underlying QTextDocument using document().
Through findBlockByLineNumber you can construct a QTextCursor and use setTextCursor() to "apply" that cursor (including the actual caret position) to the plain text.

You forgot to close your file at the end of your script f.close(). Strings will be written after the file is closed.

An alternative would be with open(...):

Your todo object does not have a text property but just status and todo; you probably wanted to filter by todo: